放弃申博
不需要申博了，对于现在我这个阶段而言，完全没有必要去做这个工作。唯一需要考量的点在于要不要在3.1之前申请一下GAtech的online CS master - 学费可以负担，而且能学习一些关于it和系统的知识。
去传教
以庇护的身份申请美国本土传教。等从国内回来，直接问gxh找律师，提交I-589表格。然后在传教士系统上提交申请。 金钱上应该没办法赚很多，但是有大量的时间去阅读和思考了。传教期间至少要：
- 学习主义主义 - 毕业前搞完
- fcc的全栈拿下来
- cs learn提到的软件开发的课程全部过一遍，包括cs50和cs61abc（这个我想在毕业前搞完）
- 申请GAtech的硕士，课余时间把这个学位拿到手（在传教前赚足学费 - 7000刀；一个月至少3000）
- 把per scholas的前置课程学完（回国的两周可以搞完）
- home lab和cyj告诉我的一些事情，两台电脑
- 阅读中马库
- 考证 - AWS/SOC/Network
- 英文，跟传教士不断讲话，拓展语言的边界和多样性
赚钱
需要找到赚钱的法子，有了坚实的理论基础，重新在现实中反复磨练，受挫，重建。
一些人身家性命的稳妥，是很多人保障不了的，保障得了这个，确实会有人替你坐牢。
等身份
把身份等下来，拿着蓝护照去很多地方都方便很多。
Preferred qualifications for admitted OMSCS students are an undergraduate degree in computer science or related field (typically mathematics, computer engineering or electrical engineering) with a cumulative GPA of 3.0 or higher. Applicants who do not meet these criteria will be evaluated on a case-by-case basis. In these cases, the Admissions Committee is looking for a demonstrated, objectively documented basic capability and knowledge in computer science. This would generally include documented expertise with:
被录取为 OMSCS 学生的优选资格是拥有计算机科学或相关领域（通常为数学、计算机工程或电气工程）的学士学位，并且累计 GPA 达到 3.0 或以上。未能满足这些条件的申请者将根据具体情况单独评估。在这些情况下，招生委员会希望看到申请人客观证明的计算机科学基本能力和知识。这通常包括以下方面的记录：
- The fundamentals of programming.
编程的基础知识。 - Object-oriented design principles such as encapsulation, abstraction, polymorphism, and inheritance.
面向对象设计原则如封装、抽象、多态和继承。 - Data structures such as lists, stacks, queues, trees, and hashmaps.
数据结构如列表、栈、队列、树和哈希表。 - Algorithms such as AVL, MST, Dijkstra’s, and dynamic programming.
如 AVL、MST、Dijkstra 算法和动态规划等算法。
Familiarity with multiple programming languages is recommended.
建议熟悉多种编程语言。
If you cannot currently demonstrate those competencies, but still wish to pursue eventual admission to the program, you do have some options. We recommend completing the verified certificate tracks (including all embedded assessments and exams) for the following three Georgia Tech professional certificate programs. All are available to the public in MOOC format:
如果你目前无法展示这些能力，但仍希望最终能够被该项目录取，你还是有一些选择的。我们建议完成以下三个佐治亚理工学院专业证书项目的验证证书课程（包括所有嵌入式评估和考试）：
- Introduction to Python Programming, using the same material as CS1301: Introduction to Computing at Georgia Tech.
Python 编程入门，使用与佐治亚理工学院 CS1301：计算机导论相同的课程材料。 - Introduction to Object-Oriented Programming with Java, using the same material as CS1331: Introduction to Object-Oriented Programming at Georgia Tech.
面向对象编程导论（使用与佐治亚理工学院 CS1331：面向对象编程导论相同的教学材料） - Data Structures & Algorithms, using the same material as CS1332: Data Structures & Algorithms at Georgia Tech.
数据结构与算法，使用与佐治亚理工学院 CS1332：数据结构与算法相同的教学材料。
These courses are taught by Georgia Tech faculty and instructional designers and are used to teach for-credit courses on campus. They supply the kind of fundamental CS knowledge we know is necessary to succeed in the program.
这些课程由佐治亚理工学院的教师和教学设计师讲授，用于在校内开设有学分的课程。它们提供了我们深知在项目中取得成功所必需的基本计算机科学知识。
Please note that these courses provide only the minimum qualifications for studying computer science at the graduate level. Completing them does not guarantee admission to the program; as noted above, those who do not meet the preferred qualifications are evaluated on a case-by-case basis. Specifically, these MOOCs alone are rarely sufficient for those who do not hold a Bachelor’s or higher level degree in a STEM field. Similarly, non-credit courses and curricula from other MOOC providers, bootcamp providers, etc. are rarely considered sufficient. Work experience and industry certifications are rarely relevant as well.
请注意，这些课程仅提供攻读计算机科学研究生学位的最低资格。完成这些课程并不能保证被录取；如上所述，对于不符合优选资格条件的人，将进行个案评估。具体而言，这些慕课（MOOC）通常很少足以满足那些没有 STEM 领域学士或更高学位的人。同样，其他慕课提供者、编程训练营提供者等机构的非学分课程和课程体系也很少被视作足够。工作经历和行业认证也很少被考虑为相关因素。
The best way to strengthen your application is to refer to Computer Science Curricula 2013, a set of curriculum guidelines assembled by a joint task force of the Association for Computing Machinery (ACM) and IEEE Computer Society in 2013. Starting on page 55, you will see a listing of the ACM’s Body of Knowledge for a CS curriculum.
加强你的申请的最佳方式是参考《计算机科学课程指南 2013》，这是由计算机协会（ACM）和 IEEE 计算机学会联合任务组于 2013 年汇编的一套课程指南。从第 55 页开始，你可以看到 ACM 为计算机科学课程制定的知识体系列表。
Use these pages to guide your pre-application preparation. Find 2-4 upper-level (i.e., junior, senior, or graduate level) courses of interest that cover some of these areas and demonstrate the ability to earn a B or better in those courses. These may be for-credit classes at community colleges, other universities, or courses delivered via university-affiliated extension schools; whether such courses are taken in-person or online is irrelevant. The Admissions Committee is not interested in the specific courses that you choose; it is interested in your demonstrating the ability to perform upper level computer science academic coursework. Note that academic coursework means that the university is able to provide a transcript notating your performance is worthy of academic credit; this must come from the university, not a third-party intermediary or platform such as a MOOC provider.
使用这些页面来指导您的申请前准备。找到 2-4 门感兴趣的高阶课程（即初级、高级或研究生水平），涵盖上述某些领域，并展示您在这些课程中能够获得 B 或更高的成绩。这些课程可以是社区大学、其他大学或大学附属延伸教育机构提供的有学分课程；无论这些课程是在线还是线下进行，都不影响。招生委员会不关心您选择的具体课程，而是关注您是否能够展示出完成高阶计算机科学学术课程的能力。请注意，学术课程指的是大学能够提供带有成绩记录的成绩单，证明您的表现值得获得学术学分；这必须来自大学本身，而不是第三方中介或平台，如 MOOC 提供商。
Other objectively-documented credentials may be considered—such as MOOCs with verified certificates and bootcamps—but it is rare that such instructional settings are as rigorous and well-documented as for-credit classes at recognized academic institutions.
其他可客观证明的资质也可能被考虑，例如带有验证证书的 MOOC 课程和编程训练营，但这类教学环境通常不如在被认可的学术机构注册的有学分课程那样严谨和有据可查。
Regardless of which path you choose to improve the preparation for your application, the OMSCS Admissions Committee expects you to have completed the preparation by the time that your application is submitted.
无论您选择哪条路径来提升申请材料的准备，OMSCS 招生委员会期望您在提交申请时已经完成了相应的准备。
Transfer credit (up to six credit hours) may be available for those that, prior to matriculating, complete graduate-level for-credit classes at regionally-accredited institutions that are not otherwise counting toward an awarded degree.
在入学前完成在区域性认证机构开设的研究生课程（最多 6 个学分）的学分转换可能适用于某些学生，这些课程不计入已获得学位的学分。
In addition to CS knowledge, some classes in the OMSCS program—especially in the artificial intelligence and machine learning areas—require a solid background in advanced mathematics, especially linear algebra, probability, and statistics. If you have not previously completed courses in these areas, or if you need to brush up on the subject matter, Georgia Tech has additional publicly-available MOOC series that may help you prepare:
除了计算机科学知识外，OMSCS 项目中的一些课程—尤其是人工智能和机器学习领域—还需要在高级数学方面有坚实的基础，特别是线性代数、概率和统计。如果您尚未完成这些领域的课程，或者需要复习相关知识，佐治亚理工学院提供了额外的公开 MOOC 系列，可能有助于您的准备：